/// <summary>
/// Part of interface TFDataSink - initalize plugin
/// </summary>
/// <returns>signal success with true</returns>
public override bool Init()
{
LcdConfig.Instance.ShowConfig();
if (PerformConnect() && CollectBrickletInformations())
{
// interval at which timer elapses (in ms)
int delay = CommonUtils.DefaultDelay;
// buffer the timer actively waits (in ms)
// this exists to make sure we don't accidentally skip an interval at which
// the timestamp could have been written to the lcd display
int delayBuffer = 100;
TimeStampDisplayTimer = new System.Timers.Timer(CommonUtils.DefaultDelay);
TimeStampDisplayTimer.Elapsed += (o, args) =>
{
CommonUtils.WaitForCleanTimestamp(delay / 1000, delayBuffer);
lock (WriteLock)
{
// Display timestamp
Bricklet.WriteLine(0, 0, DateTime.Now.ToString(LcdConfig.Instance.TimestampFormat));
}
};
// CommonUtils.WaitForCleanTimestamp(delay / 1000, delayBuffer);
TimeStampDisplayTimer.Start();
return(true);
}
return(false);
}
/// <summary>
/// Part of interface TFDataSink - perform action with given data
/// </summary>
/// <param name="SensorValue"></param>
public override void HandleValue(MeasurementValue SensorValue)
{
if (Bricklet == null)
{
return;
}
if (SensorValue.SortOrder == LcdConfig.Instance.SkipIndex)
{
return;
}
// Calculation of position in dependency of the sort order
byte posX = (byte)((SensorValue.SortOrder % 2) * 10);
byte posY = (byte)((SensorValue.SortOrder / 2) + 1);
string MeasurementValueData = string.Format("{0,7:####.00} {1}", SensorValue.Value, SensorValue.Unit);
lock (WriteLock)
{
Bricklet.WriteLine(posY, posX, MeasurementValueData);
}
}